search for: str_2

...egal IR representation of what's being proposed would help. > > Here's a best guess, switching the indexed base type to a non-integer for illustration purposes: > > %arrayidx = call i64 @llvm.multidim.array.index.i64.p0f64.i64.i64.i64.i64 double* %A, i64 %str_1, i64 %idx_1, i64 %str_2, i64 %idx_2 > > According to the RFC, that would get lowered to this: > > %mul1 = mul nsw i64 %str_1, %idx_1 > %mul2 = mul1 nsw i64 %str_2, %idx_2 > %total = add nsw i64 %mul2, %mul1 > %arrayidx = getelementptr inbounds double, double* %A, i64 %total, !multidim !1 >...

...x sbyte] c"global string test\0A\00" ; <[20 x sbyte]*> [#uses=1] %.ctor_1 = internal global [20 x sbyte] c"Internal string test" ; <[20 x sbyte]*> [#uses=1] %.str_1 = internal constant [12 x sbyte] c"Global %s \0A\00" ; <[12 x sbyte]*> [#uses=1] %.str_2 = internal constant [13 x sbyte] c"Internal %s\0A\00" ; <[13 x sbyte]*> [#uses=1] %Initialized.0__ = internal global bool false ; <bool*> [#uses=2] implementation ; Functions: declare int %printf(sbyte*, ...) int %main(int %argc, sbyte** %argv) { entry: %b = alloca [20...

...t few lines of output. thanks, Todd > cfrontend-g++ -o bar.bc bar.m > llvm2cpp -o bar.cpp bar.bc > g++ -c bar.o bar.cpp > ld -o bar bar.o -l objc -l LLVMCore -l LLVMSupport -l LLVMSystem > ./bar Global variable initializer type does not match global variable type! [13 x sbyte]* %.str_2 Global variable initializer type does not match global variable type! [9 x sbyte]* %.str_3 Global variable initializer type does not match global variable type! [2 x sbyte]* %.str_4 Broken module found, verification continues. ; ModuleID = 'bar.ll' target endian = little target pointersize...

...before RA: ---------------------------------------------------------------------------- entry (0x8605ba0, LLVM BB @0x8602d30): %reg1024 = OR4 %r3, %r3 %reg1025 = OR4 %r4, %r4 %reg1026 = LWZ 0, %reg1025 %reg1027 = LIS <ga:.str_1> %reg1028 = LIS <ga:.str_2> %reg1029 = LBZ 0, %reg1026 ADJCALLSTACKDOWN 56 %reg1030 = IMPLICIT_DEF_GPR %reg1031 = LA %reg1027, <ga:.str_1> %r3 = OR4 %reg1031, %reg1031 BL <ga:printf>, %r3 %reg1032 = OR4 %r3, %r3 <------------------- %reg10...

On Tue, 30 Nov 2004, Tanu Sharma wrote: > I have trouble using the llvm tools.Some of the errors are : > > $ llvm-dis prog.bc > $ llvm-dis: Invalid Top Level Block Length! Type:1, Size:456 (Vers=0, Pos=12) Can you explain how you generated this bytecode file? It looks corrupted or something. Also, can you send the actual bytecode file itself? Thanks! -Chris >

...Reid. -------------- next part -------------- target endian = little target pointersize = 32 %struct..TorRec = type { int, void ()* } %struct.TorRec = type { int, void ()* } %.str_1 = internal constant [24 x sbyte] c"This is main function \0A\00" ; <[24 x sbyte]*> [#uses=1] %.str_2 = internal constant [21 x sbyte] c"Calling sub function\00" ; <[21 x sbyte]*> [#uses=1] %.str_3 = internal constant [21 x sbyte] c"This is sub function\00" ; <[21 x sbyte]*> [#uses=1] %Initialized.0__ = internal global bool false ; <bool*> [#uses=2] impleme...

Hola a todos, Os pongo aquí debajo un pequeño fragmento de código. Resulta que dispongo de una CADENA que tiene dos columnas. Una con palabras y la otra que dice si es bueno o malo. En otra variable tengo una LISTA. Quiero cruzar todas las palabras de la lista con todas las de la cadena y cuando alguna coincida, que me indique en qué fila está y también si la palabra es "buena" o

...sult> = llvm.multidim.array.index.* <ty> <ty>* <ptrval> {<stride>, <idx>}* > > It isn't clear to me what that means. The later example is also in a somewhat generalized form: > > %arrayidx = llvm.multidim.array.index.* i64 i64* %A, %str_1, %idx_1, %str_2, %idx_2 > > Trying to expand this into something concrete it looks to me like the extra value-less type argument ('i64' immediately following the intrinsic name) won't work, and if I'm reading it correctly that's a necessary element. The GEP instruction accepts a raw type...

...ue %struct.objc_object = type { %struct.objc_class* } %struct.objc_protocol_list = type opaque %struct.sarray = type opaque %llvm.global_ctors = appending global [1 x { int, void ()* }] [ { int, void ()* } { int 65535, void ()* %_GLOBAL__I_main } ] ; <[1 x { int, void ()* }]*> [#uses=0] %.str_2 = internal constant [13 x sbyte] c"Hello world\0A\00" ; <[13 x sbyte]*> [#uses=1] %.str_3 = internal constant [9 x sbyte] c"Fraction\00" ; <[9 x sbyte]*> [#uses=1] %.str_4 = internal constant [2 x sbyte] c"\0A\00" ; <[2 x sbyte]*> [#uses=1] %_OBJC_S...

On Thu, 29 Jun 2006, Fernando Magno Quintao Pereira wrote: > I am working in a register allocator for LLVM, and I realized that, > after I perform register allocation, there is many move instructions that > are dead code, and can safely be removed. It is easy for the RA algorithm > to remove these instructions. It seems to me that the only instructions > with dead definitions

Dear guys, I am working in a register allocator for LLVM, and I realized that, after I perform register allocation, there is many move instructions that are dead code, and can safely be removed. It is easy for the RA algorithm to remove these instructions. It seems to me that the only instructions with dead definitions that I should not remove are the calls. Is it true? I would like to know

..."^@^@^@^@������"^@^@^@^@������^B^Q^@^@^@����^G^F^@^@]^Q^P^@^K<8c>^P^Hb^Q^A^A ^L ^@p^R^B^A^A������p^R^B^A^B������p^R��r^U^A^A^E^G^@^@��^H^@^@^@^A^A^B^Gtmp.1.i^C^G^B^Etmp.0^D^Gtmp.0.i^C^Etmp.2^C^L^L__main.entry^A endif.0.i^@^Eentry��$^M^@^@^B^Y^Nstruct..TorRec^Y^Mstruct.TorRecB^O^A^F.str_2^B^F.str_3^A^R^A^Fprintf^A^U^A^Dexit^A^W^A^Dmain^A^M^A^F.str_1^A^Q^A^OInitialized.0__������ ------------------------------------------------------------------------------- I generated it like this: $llvmgcc prog.c -o prog Thanks Tanu Chris Lattner <sabre at nondot.org> wrote: On Tue, 3...

...test\0A\00" ; <[20 x sbyte]*> [#uses=1] > > %.ctor_1 = internal global [20 x sbyte] c"Internal string test" ; <[20 x sbyte]*> [#uses=1] > > %.str_1 = internal constant [12 x sbyte] c"Global %s \0A\00" ; <[12 x sbyte]*> [#uses=1] > > %.str_2 = internal constant [13 x sbyte] c"Internal %s\0A\00" ; <[13 x sbyte]*> [#uses=1] > > %Initialized.0__ = internal global bool false ; <bool*> [#uses=2] > > > > implementation ; Functions: > > > > declare int %printf(sbyte*, ...) > > >...

...e that the index expression computed by the lowered GEP is guaranteed to be in a canonical form which allows the analysis > to infer stride and index sizes. > > A multidim index of the form: > ``` > %arrayidx = llvm.multidim.array.index.* i64 i64* %A, %str_1, %idx_1, %str_2, %idx_2 > ``` > > is lowered to: > > ``` > %mul1 = mul nsw i64 %str_1, %idx_1 > %mul2 = mul1 nsw i64 %str_2, %idx_2 > %total = add nsw i64 %mul2, %mul1 > %arrayidx = getelementptr inbounds i64, i64* %A, i64 %total, !multidim !1 > ``` &gt...

...ist > LLVMdev at cs.uiuc.edu http://llvm.cs.uiuc.edu > http://mail.cs.uiuc.edu/mailman/listinfo/llvmdev -------------- next part -------------- %.str_1 = internal constant [42 x sbyte] c" ui = %u (0x%x)\09\09UL-ui = %lld (0x%llx)\0A\00" ; <[42 x sbyte]*> [#uses=1] %.str_2 = internal constant [44 x sbyte] c"ui*ui = %u (0x%x)\09 UL/ui = %lld (0x%llx)\0A\0A\00" ; <[44 x sbyte]*> [#uses=1] %.str_3 = internal constant [39 x sbyte] c" i = %d (0x%x)\09L-i = %lld (0x%llx)\0A\00" ; <[39 x sbyte]*> [#uses=1] %.str_4 = internal constant [4...

...ith metadata. This metadata will indicate that the index expression computed by the lowered GEP is guaranteed to be in a canonical form which allows the analysis to infer stride and index sizes. A multidim index of the form: ``` %arrayidx = llvm.multidim.array.index.* i64 i64* %A, %str_1, %idx_1, %str_2, %idx_2 ``` is lowered to: ``` %mul1 = mul nsw i64 %str_1, %idx_1 %mul2 = mul1 nsw i64 %str_2, %idx_2 %total = add nsw i64 %mul2, %mul1 %arrayidx = getelementptr inbounds i64, i64* %A, i64 %total, !multidim !1 ``` with guarantees that the first term in each multiplication is the stride and the se...

Hello, when I'm compiling test/Programs/SingleSource/UnitTests/2003-05-26-Shorts.c I get LLVM assembler which looks like: int %main(int %argc, sbyte** %argv) { entry: call void %__main( ) %tmp.11 = call ulong %getL( ) ; <ulong> [#uses=16] %tmp.3 = cast ulong %tmp.11 to long ; <long> [#uses= %tmp.5 = cast ulong %tmp.11 to

...at the index expression computed by the lowered GEP is guaranteed to be in a canonical form which allows the analysis >> to infer stride and index sizes. >> >> A multidim index of the form: >> ``` >> %arrayidx = llvm.multidim.array.index.* i64 i64* %A, %str_1, %idx_1, %str_2, %idx_2 >> ``` >> >> is lowered to: >> >> ``` >> %mul1 = mul nsw i64 %str_1, %idx_1 >> %mul2 = mul1 nsw i64 %str_2, %idx_2 >> %total = add nsw i64 %mul2, %mul1 >> %arrayidx = getelementptr inbounds i64, i64* %A, i64 %total, !multidim !1 >>...

...ion computed by the lowered GEP is guaranteed to be in a canonical form which allows the analysis >>> to infer stride and index sizes. >>> >>> A multidim index of the form: >>> ``` >>> %arrayidx = llvm.multidim.array.index.* i64 i64* %A, %str_1, %idx_1, %str_2, %idx_2 >>> ``` >>> >>> is lowered to: >>> >>> ``` >>> %mul1 = mul nsw i64 %str_1, %idx_1 >>> %mul2 = mul1 nsw i64 %str_2, %idx_2 >>> %total = add nsw i64 %mul2, %mul1 >>> %arrayidx = getelementptr inbounds i64, i64* %...

...-o bar.bc bar.m >>> llvm2cpp -o bar.cpp bar.bc >>> g++ -c bar.o bar.cpp >>> ld -o bar bar.o -l objc -l LLVMCore -l LLVMSupport -l LLVMSystem >>> ./bar >> >> Global variable initializer type does not match global variable type! >> [13 x sbyte]* %.str_2 >> Global variable initializer type does not match global variable type! >> [9 x sbyte]* %.str_3 >> Global variable initializer type does not match global variable type! >> [2 x sbyte]* %.str_4 >> Broken module found, verification continues.